It is clear that in order to explain many observed stellar phenomenae, atomic diffusion must be included in stellar models. Observed surface abundances allow us to constrain other transport pro- cesses which compete with atomic diffusion. We will focus on the effect of the flow of matter induced by mass-loss in stellar models
La diffusion atomique joue un rôle déterminant dans l'évolution d'étoiles de plusieurs types (Michau...
Transport of chemical elements in main-sequence stars is still far from understood and leads to larg...
Atomic diffusion in stars is efficient in changing the distribution of elements slowly but strongly ...
Stellar models including atomic diffusion processes (gravitational settling, radiative accelerations...
Context. Abundance anomalies observed in a fraction of A and B stars of both Pop I and II are appare...
International audienceIt is clear that in order to explain many observed stellar phenomena, atomic d...
This book gives an overview of atomic diffusion, a fundamental physical process, as applied to all t...
International audienceContext. Abundance anomalies observed in a fraction of A and B stars of both P...
International audienceAims: The effects of atomic diffusion on internal and surface abundances of A ...
The atomic (microscopic) diffusion of individual elements in stellar interiors and atmospheres lead ...
Due to radiative acceleration and gravitational settling, stars would display vast differences in th...
International audienceDue to nuclear reactions within their interior, stars are the generators of th...
International audience Aims: A thorough study of the effects of mass loss on internal and surface ab...
Gravitational settling and microscopic diffusion affects the main sequence lifetimes, main sequence ...
We introduce the mixing resulting from the radiative diffusivity associated with the radiative visco...
La diffusion atomique joue un rôle déterminant dans l'évolution d'étoiles de plusieurs types (Michau...
Transport of chemical elements in main-sequence stars is still far from understood and leads to larg...
Atomic diffusion in stars is efficient in changing the distribution of elements slowly but strongly ...
Stellar models including atomic diffusion processes (gravitational settling, radiative accelerations...
Context. Abundance anomalies observed in a fraction of A and B stars of both Pop I and II are appare...
International audienceIt is clear that in order to explain many observed stellar phenomena, atomic d...
This book gives an overview of atomic diffusion, a fundamental physical process, as applied to all t...
International audienceContext. Abundance anomalies observed in a fraction of A and B stars of both P...
International audienceAims: The effects of atomic diffusion on internal and surface abundances of A ...
The atomic (microscopic) diffusion of individual elements in stellar interiors and atmospheres lead ...
Due to radiative acceleration and gravitational settling, stars would display vast differences in th...
International audienceDue to nuclear reactions within their interior, stars are the generators of th...
International audience Aims: A thorough study of the effects of mass loss on internal and surface ab...
Gravitational settling and microscopic diffusion affects the main sequence lifetimes, main sequence ...
We introduce the mixing resulting from the radiative diffusivity associated with the radiative visco...
La diffusion atomique joue un rôle déterminant dans l'évolution d'étoiles de plusieurs types (Michau...
Transport of chemical elements in main-sequence stars is still far from understood and leads to larg...
Atomic diffusion in stars is efficient in changing the distribution of elements slowly but strongly ...